Cash register



F. ELLER- 2,174,571

CASH REGISTER Oct. 3, 1939.

Filed March 12, 1935 6 Sheets-Sheet 1 ATToR/vfy Oct. 3, 1939.

F. ELLER CASH REGI S TER Filed March l2, 1935 6 Sheets-Shut 2 15/ lg VENTO@ @@WM A Tro @Ney Oct. 3, 1939. ELLER 2,174,571

CASH REGISTER Filed March l2, 1935 6 Sheets-Shes.; 3

INVENTOR f 5J #Ta/4,2

A Trp/Nv# v Oct. 3, 1939.

F. ELLER CASH REGISTER I-"iled March l2, 1935 mossaioss 1 2.10

6 Sheets-Sheet 4 London 1aan00cl. 099 5.03

16.100 rep/10U 1 Z 1aaA25Gs. 10,1. 7 4.11 1anA050il 102 5 .10 City-Garage W /N VENTO/ ArroR/vfy Oct. 3, 1939. F, ELLER l 2,174,571

CASH REGI S TER Filed March 12, 1935 7 I s sheets-sheet s 111111,. fllllf'llll A Tron/v5] Oct. 3, 1939.

F. ELLER 2,174,571

CASH REGISTER Filed March 12, 1935 6 Sheets-Shut 6 A Trop/Vey Patented Oct. 3, 1939` UNITED STATES PATENT OFFICE Application March 12, 1935Serisl No. 10,687 In Germany August 10, 1933 8Claims.

' My invention relates to improvements in cash registers, and more particularly in cash registers of the type comprising finger-operated disks, cancelling mechanism, adding mechanism and printing mechanism. By means of the cash register various operations are performed: The values are set -by means of the setting disks, they are printed by means of the printing mechanism, and further, they are transmitted to the adding mechanism, and finally the values set by means of the vsetting mechanism must be cancelled. One of the objects of the improvements is to provide a cash register of the class indicated in which locking means are provided for the said mechanisms, the said locking means being operated so that the correct sequence of the operations is insured and erroneous registrations are avoided.

'I'hus provision is made for insuring the cancelling of the values set by means of the setting disks after printing and before a new value is set by means of the setting disks and printed by means of the printing mechanism. For this purpose the printing mechanism is provided with locking means" which are operatively connected with the cancelling mechanism and which are thrown out of locking position after the cancelling mechanism has been operated for cancelling the values previously set by means of the setting disks, and preferably when the said cancelling mechanism returns into normal position.

Another object of the improvements is to provide locking means for the setting disks and the cancelling mechanism which are constructed so that it is impossible to move the setting disks without each time operating the printing mechanism. This is important because the adding mechanism is operated by the setting disks. Other objects of the improvements will appear from the following description.

For the purpose of explaining the invention an example embodying the same has been shown in the accompanying-drawings in which the same reference characters have been used in all the views to indicate corresponding parts. In said drawings,

Fig. 1 is a sectional elevation of the cash register,

Fig. 2 is a s ectional elevationtaken on the line 2-2 of Fig. 1,

Fig. 3 is an elevation on an enlarged scale showing the adding mechanism, one of the side walls of the said mechanism being partly broken away,

Fig. 4 shows a balance statement printed oil from the adding mechanism,

Fig. 5 is an .elevation on an enlarged scale snowing the locking means for the setting disks, Fig. 6 is a perspective view of the cash register, Figs. '7 to 9 show examples of vouchers issued from the register,

Fig. 12 is a sectional elevation showing the mechanism controlled by the shaft of the printing mechanism for locking the voucher cutting blade in position,

Fig. 13 is a sectional elevation taken on the line I3--I3 of Fig. 12 and showing the feeding rollers in position for feeding the paper strip a distance corresponding to the size of a voucher,

Fig. 14 is a similar sectional elevation showing the said rollers in position for feeding the strip of paper a distance corresponding to the distance between two consecutive lines to permit printing of several items on the voucher,

Fig. 15 is an elevation showing in connection with Fig. 5, the locking means for thesetting disks, the printing mechanism and the cancelling mechanism.

Fig. 16 is an elevation viewed in the direction of the arrows i6'-I6 of Fig. 1, and

Fig. 11 is a top plan view of a part of Fig. 3.

In the example shown in the iiguresthe cash register comprises a base i and a top part comprising side walls 2 (that constitute supporting means), a curved front wall 3 and a portion 4 including the indicating device. On a spindle 5 vsecured to the side walls 2 setting disks 6, severally designated ta, 6b, 6c, 6d, 6e, Ef, 6g are mounted which are provided each with laterally directed fingers i adapted to be engaged by the linger of the operator for setting the same. At the front part of the machine a stop ledge 8 is provided on the front wall 3 which is adapted to be engaged by the ilng'er turning a setting disk I forwardly, for limiting the movement thereof.-

The disks comprise the annular portions indicated in Figs. 1 and 2 6a, 6b, 6c, 6d, 6e, Gf, Bg and central portions 9 formed with cranked arms i0 carrying the said annular portions. Thus between the annular and central portions cut-out intervals il are provided through which certain rods and shafts are passed ltransversely of the machine. On a spindle I2 fixed to the side walls 2 spring-pressed latches I3 are mounted which are adapted to engage notches il formed internally on the annular portions 6a,6b, 6c, 6d, 6e, 6J', 6g for locking the setting disks in the positions to which they have been set by the finger of the operator. Each disk is provided circumferentially with a succession of legends, and it will be understood that each disk carries a corresponding number of fingers 1, one for each legend. In the construction shown in the figures four setting disks 6a, 6b, 6c, 6d are equipped with legends in the nature of the figures from 1 to 9, and these disks are connected with the adding mechanism i?. aise-,er1

provided with legends in the nature or" a series of signs indicating the goods to be sold such as gas, indicating gasoline, oil, etc., as appears from Figlo. rThe next disks f and iig are provided with gures indicating the amount of the goods sold. At their bottom parts the disks are formed with successions of type faces i5 corresponding to the aforesaid legends and adapted to print such corresponding legends on strips .1@ of paper by means of a printing hammer it. Be-

tween the disks Cid and Ge type disks il are mounted on a shaft i8 fixed to lthe side walls d, and the said disks are provided With type for v printing consecutive numbers on the strips of g5 paper, and they are-provided with means for automatically advancing the same. Such mecharisms for printing consecutive numbers are knot/n in the art and 'I deem it not necessary to describe the same in detail. At the left of the 2c setting disk type wheels i9 are provided which are adapted to print the date on the strips of paper, and which are set in position by means of disks located at the outside of the machine.

En the portion i oi the casing an indicating deyice is located which comprises disks 22 mounted on a spindle and connected `with gear Wheels 213, the said gear Wheels being connected with teeth formed on the setting disks by means oi pinions The Wall of the portion l of the casing is provided with peep holes 2l through which the indications appearing on 'the disks 22 he read the clerk and the customer. rfurther, the machine comprises an adding mechanism connected with the setting disks. so adding mechanism is shown in detail in Fig.

3, and it `r/ill described hereinafter.

'W e 'types id are printed on aistrip oi paper ;.om which the vouchers are 'cut means ted in eig.

and on an inclined portion Si? of the base t ci paper is taken from a spool passed between a pair of feed rollers and shown in detail in gs. il., i3 and i4. said rollers the is passed between the which have Teeen set in printing posiand hammer i6; The rollers and SC secured to shafts 3l and Sd, and to the shaft hand-operated crank 39 is secured. From cool a strip ci paper li is taken which is uned on guide rods l2 and i3 and Wound on a ooi @il nawi and ratchet mechanism d5, the

d s ci? paper helng likewise passed "cet-Ween the typ s i and the hammer in, ./-Ln endless rihoon il is Wound on a roller e353 and passen 'the form of a loop between the types i5 and the hammer it, the upper branch oi the seid loop being located between the strip of paper said types, and the lower branch between the said strip of paper 29 and the strip di. The said roller 48 is mounted on a bracket G3i mounted on one of a pair of cheeks 482 form- @5 ing parts ofthe frame i, and the inking ribbon fill is guided on rods 483 and 484 secured-to the frame i. Suitable mechanism is provided for intermittently advancing the roller 48 and the inking ribbon i7 trained thereon.

m @n the shaft 38 a cam disk 50 is mounted which is adapted to act on `a pair of printing levers 5i carrying the hammer I6, a spring 52 losing provided for throwing the lever 5| and the hammer i6 carried thereby upwardly for printgs ing. The levers 5| are mounted on pivot bolts e'. cutting dei/"ice oz? known construction repredi Il secured to the side Walls of the casing l. The pawl and ratchet mechanism is operated from the lever El by means of a link 53. The shafts 3i and 38 are connected with each other by gear wheels 5t and 55. s To the shaft 37 e disk 58 is secured, and at the side o1" the said disk a disk 59 is loosely mounted on the said shaft. A spring Si) located between a shoulder @i formed on the disk 59 and a lug 52 fixed to the disk 5G tends to turn the disk 59 li() relatively to the disk 5B in clockwise direction (as seen in Figs. l and l5), and a pin 63 secured to the disk 58 and engaging in a cut-out portion of the disk 59 permits slight rotary movement of the disk 59 relative to disk 58. On a pivot bolt 15 i secured to the side Wall of the machine casing a latch @6 is mounted which impelled by the spring EGG, is adapted ior locking engagement with a nose Gl formed on. the disk 59. Thus the latch '66 is adapted to prevent rotary movement 20 YAof the crank 39 in the direction of the arrow a:

and consequent operation of the printing mechanism. ijthe latch '(56 is turned against spring tension clockwise (Figs. l and l5) for disengaging the nose 5l the disk 5g is by the tension of 25 spring @il slightly turned clockwise until the side Wall oi the nose engages the pin 63. Thereafter the latch 'd6 bears on the nose G1 from the outer iace thereof, and it is thereby locked in position. lf 'thereafter the disk 59 is turned by the a0 crank tlnough an angie ci 360 the latch G6 slides on the circumference of the said disk until it reaches the cut-out portion oi the said disk where, now released from restraint and responsive to the tension its controlling spring Odi), it swings counter-clockwise and again from alcove on the nose Gl locking 'the printing mechanism.

The latch (i mechanism t?? Before the sett from set to ser@ posit the Value previously to the adding rnechanisi the setting mechanism. operated crank is croi/sided which is tired to a shaft lll mounted right-hand side wail 2 of? the the cas register (Fig. 2i.. gear wheel l2 secured tothe said shaft is in mesh with a wheel 'J3 W ich is loosely mounted 50 on lthe sT r gear wheel J3 `mornted on the sha o at the opposite side or the setting To the said gear Wheels U3, i3? arms l'l are secured ir/hich are connected icy a rail J5 passing through the cut-out portions 55 il of the setting The rail 'i5 is'adapted for engagement the radial end walls 'i6 of the cut-out portions il of the setting disks which may have been set, and when the rail 15 is moved clockwise (Fig. l.) it returns the previously set o0 setting disks t into initial position, the rotary movement of the said setting disks being limited by abutments in the form of pins 11 borne by the disks and engaging the heels 78 of pawls 'i9 mounted on a spindle 80 that in turn is mountc5 ed in the side Walls 2 of the register. The function of the pawl i9 will be described hereafter.

The gear wheels 13, 'i3' are in mesh with toothed segments 34 xed to the shaft 80 rotatably mounted in the side walls 2, and to the saidshaft a cam disk 86 (Figs. 1 and 15) is secured which is in position for engaging a, pin 81 secured to the latch 56. Thus, when the crank 'IU is operated ior resetting the setting disks the cam 86 rocks the latch 66 against the tension of spring g5 G 'is operated from conceliing cy w l new a s G can "ne returned y "or renewed operation, y und transmitted i ust he cancelled from purpose a harid- 660 for releasing the disk 69 and the printing mechanism, and the cam disk 66 is located so that it engages the'pin 61 upon the latch 66 at the end of the downward or cancelling movement of the crank 10. In a laterally directed lug of the latch 66 a rod 9| is guided which is jointed to a bell crank lever 92 mounted on a rod 93 mounted in the side walls 2, and between the said lug and the bell crank lever 92 a,spring 94 is interposed. Thus the latch 66 is yieldingly connected with the bell crank lever 92. To the shaft 93 a pawl lever 95 is secured which is adapted to engage, with a nose formed at its end, with a notch made in a disk 96 secured to the shaft 1|. Thus when the pawl lever 95 engages the notch of the said disk 96 it locks the shaft 1| and the crank 10 in position so as to prevent lcancelling movement.

of the cam disk 86 in a direction for releasing the disk 59 and the crank 39. By the same movement the pawl lever is turned inwardly through the intermediary of the rod 9| and the bell crank lever 92, and it bears under tension of spring 94 with its nose on the circumference of the disk 96. If thereafter the crank 10 is returned into initial position by a spring 91 the nose of lever 95 slides on the circumference ofthe turning disk 96 and finally, advancing under the tension of spring 94, it engages in the notch of the said disk, so that the said disk is locked in position and another operation of the crank 10 is impossible.

It appears therefore that the printing mechanism may be operated only after the values which havebefore been set by means of the setting disks 6 have been cancelled, and that the crank 10 cannot be moved when the latch 66 has swung and remains in its position of release of the printing mechanism. The crank- 10 is released by the printing operation when Athe nose 61 upon the disk 69 turning clockwise releases latch 66 and allows it to turn counterclockwise under the tension of spring 660. By the counter-clockwise movement thus imparted `to Athe latch 66 the lever 95 is retracted from the disk 96 through the intermediary of the rod 9| and the bell crank lev er 92.

Further, on the completion of a rotation through 36, further rotary movement of the crank 39 is arrested by the engagement of the nose 61 upon the now swung latch 66.

The movement of the setting disks is transmitted through the gear teeth 25, the pinions 26 and the gear wheels 24 to the indicating disks 22, and when the setting disks are reset the said -indicating disks are likewise reset.

The setting disks 6a to 6d carry pawls |00 which engage in ratchet disks |0| loosely mounted on the spindle 5. To the said ratchet disks toothed disks |02 are secured which are likewise loosely Amounted on the spindle 5. Upon return movement of the setting disks 6 the said disks |0| and |02 are rotated by means of the pawls |00, and they are held in the proper position by means of the aforesaid pawls 19. When the setting disks arrive in their zero positions and the pins 11 thereof engage the heels 16 the said pawls 19 are pressed into the ratchet teeth of the disks |0|, so that the disks |62 are locked and overthrowing thereof by rapid operation of the register is impossible.

The toothed disks |02 are in engagement with the adding mechanism shown in Fig. 3 in detail. The said adding mechanism comprises a pair of 'suitably' braced end plates |03. On a spindle |04 fixed to the said end plates toothed disks |05 are loosely mounted which are in mesh with the toothed disks |02, and the said toothed disks |05 are also in mesh with numeral wheels |06 loosely mounted on a shaft |01. To the said numeral wheels ratchet disks |06 are secured which are yieldingly "held in their positions by springpressed locking pawls |09. On the teeth of the numeral wheels |06 the figures from 1 to 9 and the zero sign are provided, and below the said type wheels there is a printing table H0 which is rockingly mounted on a spindle The said printing table is adapted to be rocked upwardly for printing by means of a hand-operated bell crank lever I|2 carrying a roller I2 and a key ||4. Thus by means of a strip of paper I5 placed on the table ||0 the figures transmitted to the numeral wheels |06 may be printed.

The carrying mechanism for the numeral wheels |06 is constructed as follows: To the numeral wheels carrying disks or single tooth wheels ||6 are secured which are adapted, when the corresponding numeral wheel passes froml 9 to O to engage teeth I|1 formed on disks ||8 for advancing the same one step, the said disks |6 being held in position by spring-pressed pawls ||9 engaging in either one of notches |20 and |2|. Each disk ||6 has a toothed segment |22 secured thereto which is in mesh with a gear wheel |23, the said gear wheels |23 being sultably supported on plates 2|5 (Fig. 17) passed between the consecutive disks ||6. The gear wheels |23 are in mesh with teeth formed on arms |24, and on the said arms pawls |26 are mounted which are in engagement with the aforesaid ratchet wheels |06, it being understood that a disk ||6 controlled by' a numeral wheel |06 of one order controls the ratchet disk |06 of the numeral wheel of the next higher order, as is known in the art. The connection of the different gear wheels is such that the pawl |25 rides anti-clockwise (Fig. 3) on its ratchet disk |06 when the numeral wheel of the next lower order passes from 9 to 0, and it is returned in clockwise direction for advancing-its numeral wheel one step at the end of the operation of the numeral wheels by the toothed disks |05. For this purpose the following mechanism is provided: In the end plates |03 a shaft |30 is rotatably mounted which is connected by a gear wheel |3| and the aforesaid gear wheel 54 with the shaft 31 of the printing mechanism.v To the shaft |30 cams |32 are secured one for each of the orders Iof the adding mechanism, except the rst one, the said cams being displaced accordingly axially of the shaft |30. 'I'he said cams are also displaced relatively to one another circumferentially of the shaft |30, so that they are successively made operative when the shaft |30 is rotated from the crank 39. I'ne toothed segments |22 are provided each with an arm |33 located in the path of one of the cams |32. 'I'herefore bythe operations of the printing mechanism by means of the crank 39 the toothed segments |22, the gear wheels |23 the arms |24 and the pawls |25 are operated for advancing means of wi i. i t en.

the carrying disks UGG erle step, end the seid eps eration is successive in the successive orders ci the adding mechanism.

From the description ot the carrying mecha nism. it will be understood that the carrying operetions in the successive orders do not interfere with one another, and further they-d0 not interfere with the adding operation imparted te the numeral wheels by the W5.

On the shaft |01 on which the numeral wheels |06 are mounted a. device for printing consecu1 tive numbers is mounted. Such devices are known in the art, and I deem it not necessary to describe/the same in detail.. it is operated. from the cremig; $9 ci the printing mechanism through the intermediary ci e 'cem l! ixed to the shaft H3G, and e lever HSG formed with a hifurceted end engaging a pin lfl of en erin U38. @n seid erm e petal i3@ is inotin'ted which is in mesh with the seid printing device. A cern.

seemed te the shari; acts en e roller lili (Fig. l.) carried ley e. hell crerlf. lever l "O which :MJL: is cennectecl e. l' t M3 mth am liil pivLa ctelly'mcunted en the stief' i5 carrying perfil engaging. the time clisls Ell ey ch consecutive ere on the vcncher ed the record s' Thus the number printing device i? the prei/ide@ siimiiteneensly eperatecl, se that e nume?" erethe seme in Teoth c-es. Therefore the device prints the 'wlich is en the trenches end the reccid si; e. it tes the tctel in the register, which cliecl balance stetement by printing from the adding mechant n is iilustr ted by was ci exemple in eig. 4:. i this case, the lower sum wes printed et serle No. et the commence@ 7nent oi e period ci service, and the upper sun sale No. G95 et the ci e period el? service. Tire difference eetvfeen these two therefore represents the telaings in register..

En i, 5i, and l5 the `@erts ef machine lieve heen sheen in their positions et the end et the printing Operetten. latch enges-es the nose @Si end locks the print e mechanism. and the letches 63 lcci thing dis@ G :in pesiticn te stevent resetting thereof. Further. pawls Miti ere mounted en spindle l?? which liretvise engage in the rictches Mi prevent setting movement et the setting if it is desired te enter s new Let@ the cash regis ter the previewsly mede must irst he cehed by ineens ci the'crenk te, in this opn eration the latches GS ere rette-acted from the setting is tiene hy means et e. pair et disks lil@ which eee lined te the geez" wheels S, i3 and which ere with notches 0G? engaged. hy eres 0&3 pivetelly recimted on the spindle 52. fl rcel M9 secured te the arms neers en heels l5@ ci the liste s netches lil. I

Finisher, it is necessity te t the petals les from. the notches M et the disks G, t r emit the said disks tche set after the cancelling opere ation. Normally the said pawls are yieldingly pressed intothe notches I4 by springs 95 secured' thereto and bearing on a rod |52 carried by e peir of levers |53. At the end of the downwardl .'tliretvn inte tracted for releasing the disks G at the end of the forward stroke of the cranl: l@ and when the printing mechanism is released. Therefore the setting disks 6 which are now released from the latches I3 and the pawls |45 might he freely moved upwardly and downwardly without re qulring e. printing operation. Therefore it would be possible to trensmit velues te 'tie edd ing mechanism which ere not recerced by the printing operation. For this fressen is necessary for the present te lect.VF the G in position, tor purpese tze-.Wis 58 ere provided which ere throw inte locking engagement with the disks G before seid disks have been re leased treni the parvis UQV. Eeine parvis tt? Lere locsely mounted on the spindle ft2, they are acted einen by le "f te the heels l5@ and hearing parvis gegeinent wimd f.. M5 retracted. the disks G is ii .ey meyl tion) hy rees the springs G5@ holding e pareils in yiel engagement with the it the cancelling operation when the released crenl il@ has returire" under sp ing en te initial pcsiticn., the arms GGG cos le inte engagement with the netclies ci the tilt?, se that the jjewis elccl'i wise inte the netchee Gil, end the wie SEU ere retiecteeA by .ineens (Sil carried thereby end herne een by be ef i553 that ere carried in me heels i5@ et the t3. new the setting di i l? fer enter ine; the new velue time the register, they cannot he ret pesitiei hecefse clim ere locked by latches E53. 'ltttheiz the ceiling @rents i@ cer :any more et the end ci. tee @smelling movement the latch G5 hes loee. @lecite/lee hy the cem Il@ the lever has l'reught machen Therefore new tee iii.- cpereted hy ci i ts crank Derin this cneretien the letclr lthe neseneon disk fnen mese S'E tresses bevono. enn easement wrt the SC3 turns under tension @GLY ceunternclecxwise direction, the .5G te the (Figs. Si and i5), enel the servis @G5 tc he again ff engagement with the setting disks by the ser..- s

ile erder te avoid errers in checking er super visten, which ere readily caused by the special entries et the withdrewel ci cash, the feilowlng arrangement is else prevideci:

litherto einen the withdrawal ci suine from the register, it has been usual to print e. voucher with e. speciali indication such es "Credit" which Y enabled it te e Q recognized es en eccenntend not as a reeeitrt. also upon the record strip. Now. in lorder te crrcumvent tue checking, it is possible without Aany particular trouble so to alter the indication m rtg ci La [iii same indication appeared' upon a voucher that it can be used as a receipt for a payment. Also, at the checking, the indication may easily be overlooked, especially due to illegible printing, so that incorrect reckoning may be caused in 'this way. To avoid this defact, in the present arrangement, the strips to be printed are' displaced laterally in relation to the type when the register is setfor Credit or Withdrawal, so that sums withdrawn are printed out of the column o the sums paid in and consequently their inclusion by mistake in the addition upon' checking is rendered impossible. Also, in the free space upon the voucher .produced by the displacement. the word Invalid" may then be printed as an additional indication.-

In the arrangement employed for this purpose, the supply reels 33 and 40 (Figs. 1 and 2) for the voucher and record strips, the drum 44 and associated parts, and the hammer I6 and its lever 5|, are mounted in a carriage |65 consisting of a sheet metal plate bent into U-shape and' running upon rollers |66. The side cheeks of the carriage are formed with cut-out portions I6 for the passage of the hammer I6 therethrough.- Rigidly connected to the carriage is a projection |61 (Fig. 2) having a notch in which engages a finger |68. This finger is secured 'upon a shaft |69 mounted in the frame of the register and is pressed into the notch in the projection |61 by a spring |10 disposed on said shaft. In this manner the carriage which is subject to the pressure of a spring |1|, is normally held in the position illustrated. Thesetting disk 6e (Fig. 2) is used for effecting the credit-setting and it is marked with an indication of its purpose. It carries a pawl |12 which, when the credit-setting is effected, encounters a lever |13 fast upon the shaft |69. By this means the shaft |69 is turned until the finger |68 is lifted out of the notch in the projection |61, to permit the carriage |65 to be shifted against a stop |15 by the spring |1|. The carriage |65 carries a resilient hammer |16 which, upon the shifting of said carriage, strikes a bell 11 and thereby draws the attention of the person in charge to the special nature of the register operation. For this purpose, use may also be made ofvany other suitable tally or indicating device instead of the bell |11. Owing to the displacement of the paper strips 29, 4| produced by the carriage movement, the subsequent printing is effected at a different point from that of the sums paid in. The spaces thus left free may be printed by an auxiliary printing block |18 (Fig. 2 in any conspicuous manner (see Figs. 7 and 1 Fast upon the shaft (Figs. l and 2), which is rotated by the cancelling handle 10, is an arm |80 to which is pivoted a link |8| connected to a lever |82 by means o! a Hockers-joint |83. The lever |82 engages with a yoke |84 fixed to the carriage |65 and, upon the cancelling operation,l returns the carriage to its normal position in which it is 1re-locked by the anger Isa. In the normal operation of the register, i. e. for the registration of sums paid in, the lever |82 swings idly in the free space in the yoke |84.

The adding4 mechanism (Fig. l) is mounted to'l swing about the shaft 31 and is secured in the 75 |12 (Fig. 1) encounters the lever |13, a pin |89 on this setting disk strikes the trigger lever |81 and disengages the same so that the adding mechanism falls back against a stop and becomes disengaged by the separation of the meshing parts |02, |05. Consequently this particular `register operation is not recorded in the adding mechanism. Only upon the operation of the cancelling handle 10 is the adding mechanism then returned subsequently to the position of engagement. This may be effected by hand.

The arrangement described for disconnecting the adding mechanism has the .further advantage that by the use of the aforesaid' special disk 6e settings of the disks 6 can, before printing, be retracted and made ineffective. The following auxiliary means serve this purpose:

A pin |9| provided on the adding mechanism (Fig. 1) slides in a longitudinal slot in a link |92 which is pivoted to one arm of the double-armed lever 92. If the setting disks 6 have been set, then, as previously explained, the cancelling handle 10 is locked by the locking lever 95. The link |92 is then in such a position that the pin |9| lies at the outer end of its longitudinal slot, i. e. at the opposite end to that illustrated, so that, upon the falling-out of the adding mechanism, the link |92 is carried along lby the pin |9| and the lever 92 is turned clockwise. The resultant turning of the shaft 93 and locking lever 95 releases the lock upon the cancelling handle 10. An erroneous setting of the disks 6 can therefore be cancelled without a record being made in the disengaged adding mechanism.

The register is adapted for the issue not only of a voucher representing a single sale, but also of vouchers of the kind shown in Fig. 9, in which any desired number of individual sales are recorded one under the other ready for addition. Such a voucher permits of precise checking of the individual sales. As illustrated in Figs. 1l to 14, one of the feed rollers, the roller 35, 36, is a two-part roller. The roller part 35 is fast ion the shaft 31 and, during one turn of the handle 39, this roller part 35 bears against the co-operating feed roller 34 with a part only of its periphery (Fig. ll) i. e. transiently only, and thus advances the voucher strip 29, lying between the members, by a short distance corresponding to the depth of the single printed line already printed. Slidably mounted upon the shaft 31 is the second roller part 36 provided at its periphery with a projecting part (Fig. 1l) which is itself a printing block. This serves to advance the voucher strip 29 by the depth of the printing block and at the same time to print it with an additional inscription, such for example as the title of the firm.

This roller part 36 is normally coupled, under the action of a spring |95, with the part 35 by coupling pins |96, so that, upon turning the handle 39, the voucher strip 29 is first advanced l by the part 35 through approximately the depth of one printed line and then by the part 36 through the distance necessary for the additional inscription.

Supported in the hollow shaft 31 there is a rod |98 which is provided at its outer projecting end with a knob |91. Attached to this rod is a pin |99 (Fig. 14) which projects, through a longitudinal slot in the shaft 31, in front of the axially shiftable roller part 36.

off from the coupling pins |96 and coupled with the frame of the register by a pin 200 mounted Pressing in of -the knob |91 results in the part l3|'i being'slid 4. The structure of claim 3 together with locking means for said canceling mechanism, such locking means being subject to the swinging of the latch, whereby the locking position in response to the movement of the latch to` control-releasing position.

5. In a cash register, a rotatably mounted setting disk adapted to be advanced manually from inactive position to one or another successive operative positions and to be returned to inactive position again, said disk being equipped with a succession of type faces, and with a succession of ratchet teeth, a pawl adapted to be shifted to and from a position of engagement with one or another of the teeth of said ratchet and by such engagement to prevent advance of said disk, a printing member adapted to cooperate with the type face of said disk when advanced to an operative position, an operative device for said printing member, la manually movable control normally engaging said printing member and holding its operative device in retracted position, a spring-backed latch normally locking said control, a spring-backed rotary member adapted to -be advanced manually from inactive position and to be returned under the tension of its backing spring to inactive position again, and adapted in its advance to return the said disk from operative to inactive position, the said pawl and the said latch being responsive to the advance movement of said rotary member and movable thereby, both of them to positions of release.

6. In a cash register a disk mounted for rotation from inactive position to one or another of a succession of active positions and back to inactive position again, said disk being equipped with a succession of type faces and a corresponding succession of ratchet teeth, a spring-backed pawl adapted to engage said teeth and by such engagement to prevent backward turning of said disk, a second spring-backed pawl adapted to en-L gage said ratchet teeth and by such engagement to preventI forward turning of said disk, a third pawl movable to and from engagement with said teeth and by such engagement to prevent forward turning of said disk, a printing member adaptto cooperate with a type face of the disk when in active position, an operative device for said printing member, a. manually movableI control normally engaging said printing member and holding it in inact've position, a spring-backed latch for saidl control held normally in inactive position by said control when said .control is in normal position but released on movement of said control and movable under spring tension to locking position, a spring-backed rotary member adapted to be advanced manually from inactive position and to be returned under the tension of its spring backing to inactive position again, means movable in response to the advance of said rotary member and adapted to swing the firstnamed pawl and to retain it in retracted and inactive position so long as the rotary member itsel! is in advanced position, means movable `in to the advance of said rotary member for said disk when in active position and it to inactive position again, means movableinresponsetotheadvanceofsaidrotary memberforshiftingthelatchforsaidcontrol fromactivetoinactivopitimsaidemtrolbe- .taining position on locking means moves to ing equipped with means movable to latch-reinactive position, and a ,latch for said rotary member movable in response to movement of the latch for the said control and movable to release position when the latch for the control moves to locking position and movable to locking position when the latch for the control moves to release position.

'1. In a cash register, a rotatably mounted setting disk adapted to be advanced manually from inactive position, said disk being equipped with a succession of ratchet teeth and with a succession of type faces, a spring-backed pawl adapted to cooperate with said ratchet teeth and hold the disk from retrogression when in lone or another -particular position in the range of its advance, a

printing member adapted to cooperate with the type faces of the disk brought by'the advance of the disk to cooperative position, an operative device for said printing member, a manually movable control, normally engaging said printing member and holding it in retracted position,v

a spring-backed latch for said control, a springbacked rotary member adapted to be advanced manually from inactive position and to be returned under the tension of its spring backing to inactive position again, means movable in response to the advance of said rotary: member and adapted to retract said pawl and to retain it in retracted position while said rotary member is in advanced position, said spring-backed rotary member adapted to engage the setting disk when in advanced position and to return it to inactive position, a second adapted to lock the said rotary member in inactive position, said latch being movable to release position in response to movement of the rst-named latch to locking position, and to locking position in response to movement of the firstnamed latch to release position, and means reve to the return oi the said rotary member from active to inactive position for shifting the first. named latch to release position.

8. In a cash register the combination, with a plurality of setting disks severally rotatable upon 'a common axis and equipped each with a succession of type faces and adapted to be advanced severally from a position of inaction to one or another of successive positions of operation, a corresponding plurality of numeral wheels severally rotatable upon a common'axis with means for rotating each in response to the retrograde turning of one of said setting disks and through a range of turning corresponding to the range of turning of the setting disk, and a movable printing member and means for driving the printing member toward a type face oi a setting disk when the disk is in a position of operation, of an ann movable from inactiwfe to active position in response to a complete rotation of one of said numeral wheels and means for turning another of said numeral wheels through a fraction of a rotation in response to movement of said arm from active to inactive position again, a movable control member normally holding in restraint the driving means of said printing member, and means for simultaneously moving said control member from such normal position and shifting nid arm from active to inactive position.

FRITZEILER- the swinging of said latch to Spring-backed latch 

